Injun Park

Papers

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About

Injun Park is a researcher whose work bridges two critical frontiers: neurodevelopmental diagnostics and advanced optical sensing. His early, highly impactful contribution, "Robot-Assisted ADHD Screening in Diagnostic Process" (2018, 17 citations), demonstrates a pioneering application of robotics in clinical psychology, offering a novel, technology-driven approach to improving the objectivity and efficiency of ADHD assessments. This work has laid important groundwork for integrating human-robot interaction into mental health diagnostics. More recently, Park has made a significant leap into cutting-edge hardware engineering. His 2025 paper, "SPAD Flash LiDAR with Chopped Analog Counter for 76m Range and 120klx Background Light," tackles a fundamental challenge in autonomous systems: achieving long-range, high-speed depth sensing under intense sunlight. By introducing a novel chopped analog counter architecture, his work enables robust 76-meter ranging even under 120 klux background light—a critical advancement for automotive, space, and robotic applications. This contribution directly addresses the industry's need for sensors that balance range, resolution, and frame rate in harsh real-world conditions. Through these diverse yet equally rigorous contributions, Park exemplifies a researcher capable of innovating from the clinic to the chip.